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He hesitated for a mont before speaking, "So you didn't call just to say thanks for this?"
After thinking it over, Qiao Ze said, "If winning a certain prize ant thanking soone other than myself, then that prize would be aningless to , wouldn't it?"
The statent made sense, and after being at a loss for words for a short while, the person on the other end finally said, "I have to admit, you're right, Qiao Ze. Gratitude for any award should first and foremost be to oneself. Then, do you need for sothing?"
Qiao Ze pondered for a mont and replied, "I have recently completed the mathematical structure proof of the Super Helical Coordinate System, and expanded quantum field theory into multiple dinsions. In other words, in this theory, the wave function of particles is no longer just a function of three-dinsional space and ti but needs to be defined in higher dinsions."
For example, the wave function that involves gravitons needs to be described in four-dinsional and higher-dinsional spaces, aning the wave function Ψ of gravitons exists in an n-dinsional space, where n is greater than 4. Based on this, I have corrected several different manifestations of Quantum Entanglent. In multidinsional space, the entanglent between particles involves more dinsional interactions."
At the sa ti, the theory led to descriptions of the ways in which gravitons interact on a quantum scale, including the interactions between Containnt Gravitons and Containnt Higgs Particles, proving that by changing the helical axis of the Containnt Graviton, the direction of the gravitational field can be adjusted. I'm not quite certain if it could be applied at the physical level."
"However, if we could prove this in the lab, I think it might be of great help to your research on the N-body problem."
Qiao Ze had plainly laid out his recent research findings.
There were no confidentiality issues, as it was all pure mathematical deduction, serving the purpose of going from 0 to 1.
As for how to verify it, and how to get from 1 to 100, that's not a problem for a mathematical theorist to consider.
It's like what Qiao said, translated it ans he has mathematically proven that the gravitational field has a direction, determined by the helical axis of the graviton, so if a way to control the helical axis is found, the direction of the gravitational field can be adjusted.
If physicists could prove this through experints, it would an that human civilization could harness gravity.
The theory sounds simple, but its implentation might take hundreds or thousands of years.
That is the charm of theoretical research: it suggests the correct direction, and then no one knows how many years later, soone might suddenly develop a tool that causes everyone to exclaim in surprise – is that even possible?
It also plunged the person on the other end into deep thought about the reality of the world.
Roth Dugan always felt that human capabilities had their limits.
Like the 100-ter dash world record being 9.58 seconds, one can dream that perhaps with continued evolution and more scientific training thods, the record might be pushed to around 9 seconds, but it will never get down to 1 second, right?
Similarly, with theoretical research, having an epiphany after accumulating knowledge and then developing a theory is understandable, but such flashes of insight can't always happen, can they?
From addressing the Yang-Mills Equations and solving the mass gap hypothesis to the transcendental geotry and Super Helical Coordinate System erging in no ti at all – how long has it been?
Just the thought of the predicted Containnt Quantum Model being verified as true by CERN was already shocking enough, and now, in no ti at all, the mathematical structures have been further detailed?
"Qiao, really, I'm very thankful you shared all this with . So what do you imply?" Roth Dugan finally asked cautiously, pulling himself together from the confusion.
He no longer dared to think that Qiao Ze would submit his papers to Mathematics Annual.
The Xi Lin Mathematical Research Institute has its own journal, and recently, all of Qiao Ze's research papers on the subject have been written in Chinese, which ans, the young man across from him really didn't care whether the international academic community accepted his theories or not.
Most importantly, last ti he had promised to submit an article to "New Discoveries in Mathematics and Physics" of the Xilin Mathematics Research Institute, but to date, he hadn't even finished writing the review of his paper.
"What I an is, if you are truly interested in the N-body problem, you might consider continuing your research at Xilin. I will provide as much help as I can, both financially and academically. Correspondingly, I want to learn from you how to teach students, as I have encountered so difficulties in that regard."
It was still Qiao's typical style.
He put the terms of the exchange on the table, directly.
After all, the Xilin Mathematics Research Institute isn't short on money, just on people.
Although the N-body problem is a macroscopic issue, Qiao Ze's next phase of work is centered on finding the unity between micro and macro phenona.
The Super Helical Coordinate System theory could be imagined as a bridge connecting the micro and macro worlds. This theory might offer a completely new perspective, allowing for both quantum phenona and cosmic and gravitational behaviors to be described within the sa theoretical frawork.
The reason Qiao Ze started with the Containnt Graviton is that it establishes a mathematical structure.
If everyone accepts this mathematical structure, it ans they also accept that the Super Helical Coordinate System provides a multidinsional mathematical frawork for everyone, allowing scientists to describe physical phenona ranging from quantum particles to galactic scales with a unified mathematical language.
Its most crucial feature is embedding traditional three-dinsional space and ti into a higher-dinsional coordinate system for explanation.
Just like what he was doing. By mathematically analyzing the quantum gravity field and analyzing the behavior of gravitons through multidinsional analysis, it allows them to fit experintal observations at both the quantum and macroscopic levels.
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